1 |
Development and deepening of their undergraduate knowledge to an advance level in the same area or a different area. |
2 |
Development of an understanding of interactions between various disciplines related to Physics. |
3 |
The ability to utilize the theoretical and practical expertise acquired in Physics. |
4 |
The ability to create new knowledge by integrating knowledge from different fields of physics; ability to resolve problems that require expertise by using scientific research methods. |
5 |
The ability to develop solution methods for problems in physics, to solve, and to apply the solutions when necessary. |
6 |
The ability to develop new strategies and solutions by taking responsibility in unforeseen complex problems in Physics. |
7 |
The ability to question the knowledge acquired in Physics; can direct the learning and carry out advanced studies independently. |
8 |
The ability to present own studies and recent developments in Physics in written, oral and visual form. |
9 |
The ability to communicate in at least one foreign language, in both oral and written forms. |
10 |
The ability to utilize computational tools in physics when needed. |
11 |
The ability to develop application strategies in physics, and to evaluate the results. |
12 |
The ability to teach, protect and control social, scientific and ethical values in their research areas as they collect, analyze and present related data. |
13 |
The ability to apply the knowledge and problem-solving skills acquired in physics to interdisciplinary studies. |